Mohammadreza Tamadondar

PhD student; Chemistry and Chemical Engineering, Chemical Engineering Design

Synthesis of particles with tailored properties and modified surfaces has reached the forefront of researches in particulate systems. Among all the techniques to do so, dry coating of coarse particle with fine cohesive ones seems to be an industrially viable option. To deepen the fundamental understanding of dry coating process, I began my research as a PhD candidate in 2015. Both DEM simulation and experimental studies is used to attain this goal. The project collaborates with a R&D team at AstraZeneca, wherein the knowledge is needed to optimize the formulation of dry powder inhaler (DPI).

M. R. Tamadondar, A. Rasmuson, K. Thalberg, I. N. Björn. “Numerical Modeling of Adhesive Particle Mixing”

M. R. Tamadondar, R. Zarghami, K. Boutou, M. Tahmasebpoor, N. Mostouf. “Size of Nanoparticle Agglomerates in Fluidization”

M. R. Tamadondar, R. Zarghami, M. Tahmasebpoor, N. Mostouf. “Characterization of the bubbling fluidization of nanoparticles”

M. R. TamadondarR. ZarghamiH. AzizpourN. Mostoufi, J. Chaouki, R. Radmanesh. “Using S-statistic for investigating the effect of temperature on hydrodynamics of gas–solid fluidization”

M. R. TamadondarR. ZarghamiH. AzizpourN. Mostoufi, J. Chaouki. “Using Particle Trajectory for Determining the Fluidization Regime in Gas-Solid Fluidized Beds”

Published: Wed 02 Sep 2015. Modified: Sun 07 May 2017